Mechanics of Materials

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    • Introductory Mechanics of Materials
      • 1.1 STRESS
      • 2.1: STRAIN
      • 3.1 Mechanical Properties of Materials
      • 4.1 Axial Members
      • 5.1 Torsion of Circular Shafts
      • 6.1 Symmetric Bending of Beams
      • 8.1 Stress Transformation by Method of Equations
      • 8.2 Mohr Circle for Stress
      • 8.3 Stress Transformation
      • 9.1 Strain Transformation by Mohr Circle
      • 9.2 Strain Gages
      • 10.1 Structural Members
      • 11.1 Stability of Columns
    • Intermediate Mechanics of Materials
      • 1.1 – CONCEPT OF STRESS
      • 1.2 – CONCEPT OF STRAIN
      • 1.3 – STRESS TRANSFORMATION
      • 2.1 – MATERIAL MODEL
      • 2.2 – MATERIAL MODELS
      • 3.1 – THEORY OF AXIAL MEMBERS
      • 3.2 – THEORY OF TORSION OF CIRCULAR SHAFTS
      • 3.3 – THEORY OF SYMMETRIC BENDING OF BEAMS
      • 3.4 – BASIC STRUCTURAL MEMBERS
      • 4.1 – AXIAL MEMBERS
      • 4.2 – AXIAL RODS, SHAFTS AND BEAMS
      • 5.1 – INELASTIC STRUCTURAL BEHAVIOR
      • 6.1 – UNSYMMETRIC BENDING
      • 7.1 – ENERGY AND VIRTUAL WORK
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Intermediate Mechanics of Materials

These self tests accompany the Intermediate Mechanics of Materials text. The programs that are used to create the tests have limitations on fonts and equations. To overcome these limitation we create images of symbols and equations that often do not line up with words.

  • 1.1: Concept of Stress
  • 1.2: Concept of Strain
  • 1.3: Stress Transformation
  • 2.1: Material Model
  • 2.2: Material Models
  • 3.1: Theory of Axial Members
  • 3.2: Theory of Torsion of Circular Shafts
  • 3.3: Theory of Symmetric Bending of Beams
  • 3.4: Basic Structural Members
  • 4.1: Variation in Stress and Strain in Composite Structural Members
  • 4.2: Stress and Strain in Composite Structural Members
  • 5.1: Inelastic Structural Behavior
  • 6.1: Unsymmetric Bending
  • 7.1: Energy and Virtual Work

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